Sentence examples for reducing fault from inspiring English sources
An optimal allocation method of superconducting fault current limiters (SFCLs) for reducing fault currents and mitigating voltage sag is proposed in [14].
Eventually, an adaptive control is designed and implemented to enhance process recovery for soft-repairing and permanently reducing fault effect caused by oversizing without intervening system operations (non-invasive technology).
The periodic high fluid pressures would reduce fault strength in the slab and overriding plate, keeping the differential stress low.
The results show that the appropriated SFCL can reduce fault current peak, size of current limiting inductor and also fault identification time.
Resistive superconducting fault current limiters (FCLs) using coated conductor (CC) have been developed to reduce fault current which exceeds ratings of circuit breaker in power grid.
The proposed algorithm can solve challenging problems of high penetration of inverter-based distributed generators, reduced fault current values and non-directional power flow.
Especially, the 344S manufactured by AMSC CC clad with stainless steel can reduce fault current to lower temperature because stainless steel stabilizer roles as higher resistant shunt.
A special control and protection strategy, which achieves both the isolation of the fault terminal with reducing the fault current and recovery of the other terminals, is proposed.
Through mathematical analysis and simulation, fault current suppression by the EIS control has shown more excellent current limiting capability by reducing the fault current by 62.0% to 76.4% within one cycle, comparing with those of no more than 10% by PSA control of TCPST [20].
The proposed design methods outperform the factorial design by reducing the fault misclassifications with the same amount of training data.
Our results indicate that the proposed SOS approach reduces the vulnerability of the read operation by 40% on average, hence reducing the fault propagation.
